Internship in Chemical Engineering

Sanfoundry located at Bangalore offers internships to deserving B.E./B.Tech Students in Chemical Engineering Branch. Go to your favorite topic mentioned below to read more about our Internship and apply:

1. Introduction to Chemical Engineering

Problem Solving

Material Balances

Gases, Vapors, Liquids and Solids

Energy Balances

Solving Simultaneous Material and Energy Balances

Unsteady-State Material and Energy Balances

What are Chemical engineering and Bioengineering?

Introductory Concepts

Material Balances

Material Balances Without Reaction

Material Balances Involving Reactions

Material Balances for Multi-Unit Systems

Gases, Vapors and Liquids

Ideal and Real Gases

Multiphase Equilibrium

Energy

Energy Balances

Energy Balances: How to Account for Chemical Reaction

Humidity (Psychrometric) Charts and their Use

Supplementary Material

Heats of Solution and Mixing

the Mechanical Energy Balance

Liquids and Gases in Equilibrium with Solids

Solving Material and Energy Balances Using Process Simulators

Unsteady-State Material and Energy Balances

2. Introduction to Transport Phenomena

Inviscid Flow: Simplified Fluid Motion

Laminar Flows in Ducts and Enclosures

External Laminar Flows and Boundary-Layer Theory

Instability, Transition and Turbulence

Heat Transfer by Conduction

Heat Transfer with Laminar Fluid Motion

Diffusional Mass Transfer

Mass Transfer in Well-Characterized Flows

Heat and Mass Transfer in Turbulence

Topics in Multiphase and Multicomponent Systems

Problems to Accompany Transport Phenomena: An Introduction to Advanced Topics

Sources of Thermophysical Properties for Efficient Use in Product Design

Current Trends in Lonic Liquid Research

Gelling of plant Based Proteins

Enzymatically Texturized Plant Proteins for the Food industry

Design of Skin Care products

Emulsion Gels in Foods

Specify the Product

Create Concepts

Scale Up

Organize the Market

Analyse the Situation

Forecast Money Flows

Learn to sell

Plan Future Products

Estimate The Cost

Equip The Process

Team Up

Formulate the Product

Flowsheet the Process

Look Around

Select a Concept

45. Computer Aided Design and Engineering

Transformations and Projections

Differential Geometry of Curves

Design of Curves

Splines

Differential Geometry of Surfaces

Design of Surfaces

Solid Modelling

Computations for Geometric Design

Geometric Modeling Using Point Clouds

Finite Element Method

Optimization

46. Advanced Process Synthesis

Convex Analysis

Fundamentals of Nonlinear Optimization

Duality Theory

Mixed-Integer Linear Optimization

Mixed-Integer Nonlinear Optimization

Process Synthesis

Heat Exchanger Network Synthesis

Distillation-Based Separation Systems Synthesis

Synthesis of Reactor Networks and Reactor-Separation-Recycle Systems

47. Advanced Process Control

Systems and Models

Simulation and Prediction

Models of Linear Time-Invariant Systems

Models for Time-Varying and Nonlinear Systems

Nonparametric Time and Correlation Analysis

Parameter Estimation Methods

Convergence and Consistency

Computing the Estimate

Recursive Estimation Methods

Options and Objectives

Experiment Design

Preprocessing Data

Choice of Identification Criterion

Model Structure Selection and Model Validation

Cascade Control

Split- Range Control

Override Control

Valve Position Control

Ratio and Feed Forward Control

Loop Interaction

Multivariable Control

48. Artificial Intelligence in Process Engineering

LCR: A Language for Chemical Reactivity

Formal Construction of Representations for Chemicals and Reaction

MODEL.LA: A Modelling Language for Process Engineering

Phenomena-Based Modelling of Processing Systems

Hierarchical Approach to the Synthesis of Chemical Processing Schemes

HDL: The Hierarchical Design Language

Concept Designer: The Software Implementation

Reaction Systems and Pathways

Catalytic Reaction Systems

Biochemical Pathways

Properties and Extensions of the Synthesis Algorithm

Reaction-Based Hazards Identification

Inductive Identification of Reaction Based Hazards

Deductive Determination of the Causes of Hazards

Automatic Synthesis of New Molecules

Interactive Synthesis of New Molecules

The Molecule Designer Software System

49. Digital Control

What is Adaptive Control?

Real-Time Parameter Estimation

Deterministic Self-Tuning Regulators

Stochastic and Predictive Self-Tuning Regulators

Model-Reference Adaptive Systems

Properties of Adaptive Systems

Stochastic Adaptive Control

Auto-Tuning

Gain Scheduling

Robust and Self-Oscillating Systems

Practical Issues and Implementation

Commercial Products and Applications

Discrete-Time Signals

50. Computational Methods in Chemical Engineering

Preliminaries

Solution of Linear Algebraic Equations

Interpolation and Extrapolation

Integration of Functions

Evaluation of Functions

Special Functions

Random Numbers

Sorting

Root Finding and Nonlinear States of Equations

Minimization or Maximization of Functions

Elgen Systems

Fast Fourier Transform

Fourier and Special Applications

Statistical Description of Data

Modelling of Data

Integration of Ordinary Differential Equations

Two Point Boundary Value Problems

Integral Equations and Inverse theory

Partial Differential Equations

Less-Numerical Algorithms

Preliminaries

Solution of Linear Algebraic Equations

Interpolation and Extrapolation

Integration of Functions

Evaluation of Functions

Special Functions

Random Numbers

Sorting

Root Finding and Nonlinear Sets of Equations

Minimization or Maximization of functions

Eigen Systems

Fast Fourier Transform

51. Process Data Analysis and Design of Experiments

The Role of Statistics in Engineering

Probability

Discrete Random Variable and Probability Distributions

Continuous Random Variable and Probability Distributions

Joint Probability Distributions

Descriptive Statistics

Sampling Distributions and Point Estimation of Parameters

Statistical Intervals for a Single Sample

Tests of Hypotheses for a Single Sample

Statistical Interference for Two Samples

Sample-Linear Regression and Correlation

Multiple Linear Regression

Design and Analysis of Single-Factor Experiments: The Analysis of Variance

Design of Experiments with Several Factors

Statistical Quality Control

Basic Prerequisite Knowledge

Fitting a Straight Line by Least Squares

Checking the Straight Line

Fitting Straight Lines: Special Topics

Regression in Matrix Terms: Straight Line Case

The General Regression Situation

More on Checking Fitted Models

Multiple Regression: Special Topics

On Worthwhile Regression, Big F’s and R’

52. Nonlinear Systems Analysis

Second Order Differential Equations in the Phase Plane

Plane Autonomous Systems and Linearization

Geometrical Aspects of Plane Autonomous Systems

Periodic Solutions, Averaging Methods

Perturbation Methods

Singular Perturbation Methods

Stability

Stability by Solution Perturbation: Mathieu”s Equation

Liapunov Methods for Determining Stability of the Zero Solution

The Existence of Periodic Solutions

Bifurcations and Manifolds

Poincare Sequences, Homoclinic Bifuration and Chaos

Three Chaotic Systems

The University of Chaus

Dynamics in State Space: One and Two Dimensions

Three – Dimentional State Space and Chaus

Iterated Steps

Quasi-Periodicity and Chaos

Intermittency and Crises

Hamiltonian systems

Quantifying Chaos

Many Dimensions and Multifractals

Pattern Formation and Spatiotemporal Chaos

Quantum Chaos: The Theory of Complexity and Other Topics

53. Introduction to Biochemical Engineering

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54. Electrolytic Cells

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55. Pollution Control Systems

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56. Modeling and Simulation

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Sanfoundry is looking for Top-Class Interns who are subject matter expert in their field. An Intern at Sanfoundry is a Free-Soul who desires to contribute a Masterpiece to the Open Community. Every single Intern at Sanfoundry is hand-picked, Mentored and Guided by our Founder and CTO. If you are interested to contribute and apply, Here’s Full Detail of Sanfoundry Internship Program.